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The improved Public Key Encryption Algorithm of Kerberos Protocol based on Braid Groups

机译:基于辫群的Kerberos协议改进的公钥加密算法。

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摘要

Since the limitations of Kerberos authentication protocol for symmetric algorithm, there are many improved Kerberos protocol of RSA public key encryptions. However, the existing public key encryption system resistance in the analysis of quantum encryption has brought tremendous challenges. Braid group is a new considerable public key cryptography platform for the quantum computer ages. The new intractable problem is proposed by combing the non-conjugate transformation and multi-variable equations on braid groups, whose intensity is strengthened by increasing the number of variables. The public key encryption algorithm based on braid groups is proposed. The novel algorithm is used to improve Kerberos protocol, which can be very good resistance to various attacks. Therefore, it has more security and practicality.
机译:由于Kerberos身份验证协议对对称算法的局限性,因此对RSA公钥加密进行了许多改进的Kerberos协议。但是,现有的公钥加密系统在对量子加密的抵抗性方面带来了巨大的挑战。编织小组(Braid group)是面向量子计算机时代的新型重要公钥加密平台。通过将非共轭变换和多变量方程组结合在辫子组上,提出了新的棘手问题,辫子组的强度随着变量数量的增加而增强。提出了基于编织群的公钥加密算法。该新算法用于改进Kerberos协议,可以很好地抵抗各种攻击。因此,它具有更多的安全性和实用性。

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